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  • Winter storm clouds build around Mount Constitution, located in the Olympic mountain range in Washington state. This black and white image was captured from Richmond Beach in Shoreline, Washington.
    MountConstitution_StormClouds_BlackA...jpg
  • The late afternoon sun shines through Manneporte, a large sea arch in Étretat, France. Manneporte is the largest of the three natural sea arches that have formed in the white chalk cliffs, known as the Falaise d'Étretat, which are as tall as 90 meters (300 feet).
    Etretat_Manneporte_Afternoon-Sun_955...jpg
  • Fish swim through and around a colony of Fiordland Black Coral (Antipathella fiordensis) in Milford Sound on the South Island of New Zealand. Of the black corals, Fiordland Black Coral is unusual because it's found in the shallowest waters. Most black corals are deep sea species, but Fiordland Black Coral is found at depths of just 10 to 50 meters (32 to 164 feet). Black coral actually appears white when its alive, and unlike other corals does not need warm, shallow water. Milford Sound is host to 7 million coral colonies, which have been developing for 200 million years. The Fiordland Black Coral is visible without diving to visitors of the Marine Discovery Centre in Milford Sound, which extends 10 meters under water.
    NZ_Fiordland_Black-Coral_Underwater_...jpg
  • Clouds pass over a mountain called LeChee Rock in the Navajo Nation near Page, Arizona. From a particular angle, the mountain resembles a man on his back sleeping, prompting some to call the mountain The Sleeping Indian. This was originally a color image that has been converted to black and white.
    AZ_LeChee-Rock_Sunset_BW_6320.jpg
  • A cluster of fragrant water lily pads float on Lake Washington off Washington Park Arboretum, Seattle, Washington. The fragrant water lily is a perennial aquatic plant, typically found in freshwater lakes and ponds and slow-moving streams where the water has a depth of between 3 to 6 feet (1 to 2 meters).
    Water-Lilies_Arboretum_6352-BW.jpg
  • The late afternoon sun shines through Manneporte, a large sea arch in Étretat, France. Manneporte is the largest of the three natural sea arches that have formed in the white chalk cliffs, known as the Falaise d'Étretat, which are as tall as 90 meters (300 feet).
    Etretat_Manneporte_Afternoon-Sun_BW_...jpg
  • Several rugged islands including Little James Island (foreground) and James Island (background) are framed by large logs on Rialto Beach in Olympic National Park, Washington.
    OlympicNP_Rialto-Beach_Driftwood_815...jpg
  • A mammoth lenticular cloud nearly dwarfs Mount Rainier, the tallest mountain in Washington and the highest volcano in the Cascade Range. Lenticular clouds form when moist air is forced up and over mountains or other large obstructions. The moist air condenses and becomes a visible cloud as it rises. While lenticular clouds can hover directly over mountain peaks, they can form some distance away from the summit when the winds are strong.
    Rainier_Lenticular_BW_5711.jpg
  • Short Sands Creek winds through a forest just before it reaches the Pacific Ocean in Oswald West State Park on the Oregon Coast.
    OregonCoast_ShortSandsCreek_BlackAnd...jpg
  • A Scarlet Wrasse (Pseudolabrus miles) hides among coral on an artificial reef about 10 meters (32 feet) below the surface of Milford Sound on the South Island of New Zealand. Fiordland Black Coral (Antipathella fiordensis) is visible as the white, feathery structure in the top left of the image. Of the black corals, Fiordland Black Coral is unusual because it's found in the shallowest waters. Most black corals are deep sea species, but Fiordland Black Coral is found at depths of just 10 to 50 meters (32 to 164 feet). Black coral actually appears white when its alive, and unlike other corals does not need warm, shallow water. Milford Sound is host to 7 million coral colonies, which have been developing for 200 million years.
    NZ_Fiordland_Scarlet-Wrasse_Underwat...jpg
  • A row of trees at the edge of Iron Spring Creek are encased in ice in the Black Sand Basin of Yellowstone National Park, Wyoming. The Black Sand Basin is home to a number of geothermal features. During the winter, steam can rise from them and freeze to nearby trees.
    Yellowstone_Ice-Encased-Trees_Black-...jpg
  • Tangled Creek in Yellowstone National Park, Wyoming, curves through a patch of dead lodgepole pine trees that have a silica crust at their base, resembling bobby socks. The trees are in the Black Sand Basin of Yellowstone, a geothermal area. When the hot spring runoff shifted, the trees absorbed the silica-rich water.
    Yellowstone_Tangled-Creek_Bobby-Sock...jpg
  • A flowering currant (Ribes sanguineum) bud fluoresces under ultraviolet light in Snohomish County, Washington. Under white light, this bud would appear brownish-red and green. The bright red and violet colors are the result of fluorescence, a type of photoluminescence, in which certain chemicals absorb light that is invisible to human eyes and emit some of it at a different wavelength that we can see. This scene was captured under black light.
    BlackLight_Flowering-Currant_Bud_363...jpg
  • A flowering currant (Ribes sanguineum) bud fluoresces under ultraviolet light in Snohomish County, Washington. Under white light, this bud would appear brownish-red and green. The bright red and violet colors are the result of fluorescence, a type of photoluminescence, in which certain chemicals absorb light that is invisible to human eyes and emit some of it at a different wavelength that we can see. This scene was captured under black light.
    BlackLight_Flowering-Currant_Bud_362...jpg
  • A piebald Columbian black-tailed deer (Odocoileus hemionus columbianus) stands in a field in Pierce County, Washington. Piebaldism is caused by a genetic mutation that affects less than 2 percent of deer. Piebaldism differs from albinism in that piebald animals have cells that can produce pigment, but those cells don't. Piebald deer have a relatively low survival rate because they also often suffer from other deformities, particularly leg and spine issues.
    Deer_Black-Tailed_Piebald_8565.jpg
  • A piebald Columbian black-tailed deer (Odocoileus hemionus columbianus) grooms itself in a field in Pierce County, Washington. Piebaldism is caused by a genetic mutation that affects less than 2 percent of deer. Piebaldism differs from albinism in that piebald animals have cells that can produce pigment, but those cells don't. Piebald deer have a relatively low survival rate because they also often suffer from other deformities, particularly leg and spine issues.
    Deer_Black-Tailed_Piebald_Grooming_8...jpg
  • A piebald Columbian black-tailed deer (Odocoileus hemionus columbianus) grooms itself in a field in Pierce County, Washington. Piebaldism is caused by a genetic mutation that affects less than 2 percent of deer. Piebaldism differs from albinism in that piebald animals have cells that can produce pigment, but those cells don't. Piebald deer have a relatively low survival rate because they also often suffer from other deformities, particularly leg and spine issues.
    Deer_Black-Tailed_Piebald_Grooming_8...jpg
  • A piebald Columbian black-tailed deer (Odocoileus hemionus columbianus) stands in a field in Pierce County, Washington. Piebaldism is caused by a genetic mutation that affects less than 2 percent of deer. Piebaldism differs from albinism in that piebald animals have cells that can produce pigment, but those cells don't. Piebald deer have a relatively low survival rate because they also often suffer from other deformities, particularly leg and spine issues.
    Deer_Black-Tailed_Piebald_7796.jpg
  • A piebald Columbian black-tailed deer (Odocoileus hemionus columbianus) grazes with normal-colored deer in a field in Pierce County, Washington. Piebaldism is caused by a genetic mutation that affects less than 2 percent of deer. It differs from albinism in that piebald animals have cells that can produce pigment, but those cells don't. Piebald deer have a relatively low survival rate because they also often suffer from other deformities, particularly leg and spine issues.
    Deer_Black-Tailed_Piebald_Herd_8265.jpg
  • A piebald Columbian black-tailed deer (Odocoileus hemionus columbianus) grooms itself in a field in Pierce County, Washington. Piebaldism is caused by a genetic mutation that affects less than 2 percent of deer. Piebaldism differs from albinism in that piebald animals have cells that can produce pigment, but those cells don't. Piebald deer have a relatively low survival rate because they also often suffer from other deformities, particularly leg and spine issues.
    Deer_Black-Tailed_Piebald_Grooming_8...jpg
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